International audienceMechanistically based constitutive models incorporate several key parameters that describe the macroscopic response and microstructure evolution of a polycrystalline metal alloy under external loading. To date, careful calibration of these parameters has for the most part relied on characterization methods that lack spatial resolution
A strain gradient dependent crystal plasticity approach is used to model the constitutive behaviour ...
In sheet metal forming, the material Is subjected to finite deformation and complex loading paths. T...
AbstractSimulations of the deformation of microstructures at high homologous temperatures have been ...
To enhance the current materials design paradigm, a vastly improved understanding of structure-prope...
Even though crystal plasticity models have been available for decades, the quantification of materia...
A severe obstacle for the routine use of crystal plasticity models is the effort associated with det...
Crystal plasticity finite element models have been extensively used to simulate various aspects of p...
Development and validation of constitutive models for polycrystalline materials subjected to high st...
Predictions of the mechanical response of structural elements are conditioned by the accuracy of con...
OAK-135 Development and validation of constitutive models for polycrystalline materials subjected to...
The behavior of a Ni-based superalloy, Haynes 230, was investigated at macro and micro scale level b...
International audienceThe talk will report on results obtained by a group of researchers within the ...
International audienceMultiscale models involving crystal plasticity are essential to predict the el...
The prediction of damage occurring in metallic materials is dependent on the knowledge of the mechan...
The deformation of a nickel bi-crystal in uniaxial tension is simulated using a mesoscale finite ele...
A strain gradient dependent crystal plasticity approach is used to model the constitutive behaviour ...
In sheet metal forming, the material Is subjected to finite deformation and complex loading paths. T...
AbstractSimulations of the deformation of microstructures at high homologous temperatures have been ...
To enhance the current materials design paradigm, a vastly improved understanding of structure-prope...
Even though crystal plasticity models have been available for decades, the quantification of materia...
A severe obstacle for the routine use of crystal plasticity models is the effort associated with det...
Crystal plasticity finite element models have been extensively used to simulate various aspects of p...
Development and validation of constitutive models for polycrystalline materials subjected to high st...
Predictions of the mechanical response of structural elements are conditioned by the accuracy of con...
OAK-135 Development and validation of constitutive models for polycrystalline materials subjected to...
The behavior of a Ni-based superalloy, Haynes 230, was investigated at macro and micro scale level b...
International audienceThe talk will report on results obtained by a group of researchers within the ...
International audienceMultiscale models involving crystal plasticity are essential to predict the el...
The prediction of damage occurring in metallic materials is dependent on the knowledge of the mechan...
The deformation of a nickel bi-crystal in uniaxial tension is simulated using a mesoscale finite ele...
A strain gradient dependent crystal plasticity approach is used to model the constitutive behaviour ...
In sheet metal forming, the material Is subjected to finite deformation and complex loading paths. T...
AbstractSimulations of the deformation of microstructures at high homologous temperatures have been ...